Faculty

Institution

Unit

Venue

Changwoo Ahn

Professor

George Mason University

Affiliations

College of Humanities and Social Sciences

Global Affairs

College of Science

Environmental Science and Policy

Changwoo Ahn is currently serving as a College Of Humanities And Social Sciences Professor at George Mason University.

Honors

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Experiences

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Education

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Changwoo Ahn

George Mason University

Professor

You can click a keyword to filter the displayed items

ecology environmental science environmental engineering ecological engineering soil ecology soil science soil soil biology restoration ecology applied ecology hydrology landscape ecology aquatic ecosystems wetlands plant science plant ecology water resources forest ecology vegetation science microbial ecology land use environmental modelling constructed wetlands ecological modelling materials science environmental microbiology hydrological process ecohydrology soil microbiology hydrological modeling mesocosm wetlands total environment water resource management sustainable development watershed management river basin management soil chemistry terrestrial ecology arid environments mitigation wetlands created mitigation wetlands illinois river plant community development environmental technology water science numerical simulations environmental quality landscape planning plant diversity urban hydrology water ecologies surface-water hydrology river restoration soil restoration soil properties ecological simulation physicochemical properties dynamic model created mitigation wetland wetland soils virginia piedmont moist-soil plants naturalization alternatives infrastructure engineering catchment scales urban water management stormwater management sustainable management soil organic matter soil environment ecosystem functioning nutrient cycles vegetation patterns phosphorus loading microbial communities freshwater marshes ecosystem management system ecology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Urban Stream Restorations Increase Floodplain Soil Carbon and Nutrient Retention Along a Chronosequence. Ecological Engineering (2023)

Katrina NaporaGregory NoeChangwoo AhnMeghan Q.N. Fellows

floodplain soil carbonecohydrologyenvironmental scienceurban hydrologyrestoration ecologyecologysoil carbon cycleurban stream restorationsnutrient retentionsoil carbon sequestrationhydrological processaquatic ecosystemswater resourcesapplied ecologyurban ecologyenvironmental engineeringsoil restorationecological engineeringriver basin management

A Protocol for Digitizing Colors: The Case of Measuring Color Variables for Forested Wetland Soils. Environmental Monitoring and Assessment (2022)

Stephanie Ann SchmidtChangwoo Ahn

forestrycolor correctionsoil scienceenvironmental scienceenvironmental monitoringenvironmental researchforested wetland soilsearth sciencedata sciencecolorimetrycolorizationdyeingcolor variables

Assessing Carbon Storage Potential of Forested Wetland Soils in Two Physiographic Provinces of Northern Virginia, USA. Sustainability (2022)

Kathryn LedfordStephanie Ann SchmidtChangwoo Ahn

forestrysoil scienceenvironmental sciencesustainability analysisenvironmental researchcarbon storage potentialecologysoil ecologypest sciencesustainability assessmentphysiographic provincesforest ecologyforested wetland soilssustainable developmentplant sciencesoil carbon sequestrationnorthern virginiaearth sciencesoil biologysustainability scienceclimate changecarbon sequestration

Characterization of Redoximorphic Features of Forested Wetland Soils by Simple Hydro-Physicochemical Attributes in Northern Virginia, USA. Wetlands Ecology and Management (2022)

Stephanie Ann SchmidtChangwoo Ahn

materials sciencesoil chemistrysoil sciencesoil characterizationenvironmental sciencenorthern virginiaforested wetland soilsrestoration ecologyenvironmental chemistryecologysoil ecology

Analysis of Soil Color Variables and Their Relationships Between Two Field-Based Methods and Its Potential Application for Wetland Soils. The Science of The Total Environment (2021)

Stephanie A. SchmidtChangwoo Ahn

environmental engineeringfield-based methodsenvironmental analysissoil sciencepotential applicationenvironmental scienceclimate changecomparative analysiswetland soilssoil color variablesenvironmental researchtotal environmentland useecologyarid environments

Assessment of Carbon Storage Potential of Forested Wetland Soils as Affected by Urbanization Degree in Two Different Physiographic Provinces of Virginia, USA. Research Square (Research Square) (2021)

Kathryn LedfordStephanie SchmidtChangwoo Ahn

forestrysoilsoil scienceenvironmental sciencecarbon storage potentialecologysoil carbon cyclesoil ecologypest scienceforest ecologyforested wetland soilsplant sciencearid environmentssoil carbon sequestrationurbanization degreeearth scienceurban ecologysoil biologyforest ecosystemshydrogeologyclimate change

Predicting Forested Wetland Soil Carbon Using Quantitative Color Sensor Measurements in the Region of Northern Virginia, USA. Journal of Environmental Management (2021)

Stephanie A. SchmidtChangwoo Ahn

forestryenvironmental modellingwetland soil carbonsoil sciencesustainable environmental managementterrestrial ecologyenvironmental sciencenorthern virginiaremote sensingenvironmental monitoringenvironmental researchforest ecologyearth scienceapplied ecologyecologysoil ecology

A Comparative Review of Methods of Using Soil Colors and Their Patterns for Wetland Ecology and Management. Communications in Soil Science and Plant Analysis (2019)

Stephanie A. SchmidtChangwoo Ahn

soil sciencewetland ecologyenvironmental sciencesoil colorsland useecologycomparative review

Carbon Dioxide Emissions and Methane Flux From Forested Wetland Soils of the Great Dismal Swamp, USA. Environmental Management (2019)

Laurel GutenbergKen W. KraussJohn J. QuChangwoo AhnDianna HoganZhiliang ZhuChenyang Xu

soilforestryterrestrial ecosystemsterrestrial ecologyenvironmental scienceenvironmental researchecologyatmospheric sciencesoil ecologymethane fluxatmospheric environmentwetland soilsforest ecologyarid environmentsaerosol sciencegeographyhuman impacts on the environmentsoil biologycarbon dioxide emissions

Designing Wetlands as an Essential Infrastructural Element for Urban Development in the Era of Climate Change. Sustainability (2019)

Changwoo AhnStephanie Schmidt

environmental engineeringurban developmentdesignurban designenvironmental sustainabilityresilient designessential infrastructural elementenvironmental designsustainable developmentwetlandssustainable designengineering

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Changwoo Ahn

Professor

George Mason University

Affiliations

College of Humanities and Social Sciences

Global Affairs

College of Science

Environmental Science and Policy

Changwoo Ahn is currently serving as a College Of Humanities And Social Sciences Professor at George Mason University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Changwoo Ahn

George Mason University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Urban Stream Restorations Increase Floodplain Soil Carbon and Nutrient Retention Along a Chronosequence. Ecological Engineering (2023)

Katrina NaporaGregory NoeChangwoo AhnMeghan Q.N. Fellows

A Protocol for Digitizing Colors: The Case of Measuring Color Variables for Forested Wetland Soils. Environmental Monitoring and Assessment (2022)

Stephanie Ann SchmidtChangwoo Ahn

forestrycolor correctionsoil scienceenvironmental scienceenvironmental monitoringenvironmental researchforested wetland soilsearth sciencedata sciencecolorimetrycolorizationdyeingcolor variables

Assessing Carbon Storage Potential of Forested Wetland Soils in Two Physiographic Provinces of Northern Virginia, USA. Sustainability (2022)

Kathryn LedfordStephanie Ann SchmidtChangwoo Ahn

Characterization of Redoximorphic Features of Forested Wetland Soils by Simple Hydro-Physicochemical Attributes in Northern Virginia, USA. Wetlands Ecology and Management (2022)

Stephanie Ann SchmidtChangwoo Ahn

materials sciencesoil chemistrysoil sciencesoil characterizationenvironmental sciencenorthern virginiaforested wetland soilsrestoration ecologyenvironmental chemistryecologysoil ecology

Analysis of Soil Color Variables and Their Relationships Between Two Field-Based Methods and Its Potential Application for Wetland Soils. The Science of The Total Environment (2021)

Stephanie A. SchmidtChangwoo Ahn

Kathryn LedfordStephanie SchmidtChangwoo Ahn

Predicting Forested Wetland Soil Carbon Using Quantitative Color Sensor Measurements in the Region of Northern Virginia, USA. Journal of Environmental Management (2021)

Stephanie A. SchmidtChangwoo Ahn

A Comparative Review of Methods of Using Soil Colors and Their Patterns for Wetland Ecology and Management. Communications in Soil Science and Plant Analysis (2019)

Stephanie A. SchmidtChangwoo Ahn

soil sciencewetland ecologyenvironmental sciencesoil colorsland useecologycomparative review

Carbon Dioxide Emissions and Methane Flux From Forested Wetland Soils of the Great Dismal Swamp, USA. Environmental Management (2019)

Laurel GutenbergKen W. KraussJohn J. QuChangwoo AhnDianna HoganZhiliang ZhuChenyang Xu

Designing Wetlands as an Essential Infrastructural Element for Urban Development in the Era of Climate Change. Sustainability (2019)

Changwoo AhnStephanie Schmidt

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sustainable development

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